Device Access
Native apps reach Bluetooth, NFC, background location and HealthKit; Tepia checks each required capability against what Safari supports.
Read: Progressive Web App DevelopmentA progressive web app is the right build when users arrive from a browser, need light offline support and do not need deep device access; a native app wins when you need Bluetooth, background location, dependable push or a store presence. Tepia builds both, in Swift, Kotlin, React Native or React, and often ships a PWA first and a native app second on one shared backend.
The choice between native and PWA comes down to which device capabilities you need, where users first find you and how well the app must work without a signal.
Native apps reach Bluetooth, NFC, background location and HealthKit; Tepia checks each required capability against what Safari supports.
Read: Progressive Web App DevelopmentTepia builds the API, database and auth once on Node.js or .NET, so a PWA launched first can gain a native companion later without rework.
Read: Build Custom Software or Buy Off the Shelf?A PWA installs from the browser with no review, and Tepia can list one on Google Play through a Trusted Web Activity when reach matters.
Read: React Native vs Flutter vs Native: Choosing Your App StackService workers cache screens and queue writes, but browsers can clear web storage, so Tepia goes native where losing data would hurt.
Published figures Tepia weighs when helping a team choose between native and web.
Google's 2016 mobile speed research found 53 percent of mobile visits are abandoned when a page takes longer than three seconds to load.
Google's web.dev case study reports that Twitter Lite, a PWA, saw a 65 percent increase in pages per session after launch.
StatCounter data shows mobile devices account for about 59 percent of global web traffic, so the mobile web is often the front door.
A native app is built for one operating system with that platform’s own tools: Swift and SwiftUI for iOS, Kotlin for Android. Cross platform frameworks like React Native and Flutter also produce real native apps, so for this decision they sit on the native side. Native apps ship through the App Store and Google Play, pass review, and get full access to the phone’s hardware and background services.
A progressive web app is a website built to behave like an app. A web app manifest lets people add it to the home screen with an icon, a service worker caches screens so it opens without a connection, and the same code runs in any modern browser. There is no store review and no download step, and every user is on the latest version the moment you deploy.
Tepia builds both, usually on the same backend, so the real question is rarely which technology is better. It is which one fits the people using it and the device features the workflow depends on.
Tepia uses a comparison like this during Discovery, filled in with your actual requirements rather than generic ones.
| Criteria | Native app | Progressive web app |
|---|---|---|
| How users find it | App Store and Google Play search, plus your links | Search engines, links, QR codes and email; optional Google Play listing |
| Install step | Download with a store account | Add to home screen from the browser, or use it without installing |
| Updates | Store review for each binary release | Live on every deploy |
| Hardware access | Full: Bluetooth, NFC, background location, camera controls, HealthKit | Camera and basic location everywhere; more on Android Chrome than iOS Safari |
| Push notifications | Full support on both platforms | Supported, but on iPhone only after the user adds it to the home screen (iOS 16.4 and later) |
| Offline data | Local database with controlled sync | Cache and IndexedDB that the browser may clear |
| Background work | Scheduled sync, geofencing, location while closed | Very limited once the app is closed |
| Heavy interfaces | Smooth long lists, maps and animation | Good for forms and dashboards; strains on large maps and lists |
| Codebases to maintain | One or two apps plus the backend | One web app plus the backend |
The rows that usually decide it are hardware access, background work and how users first reach you. If none of those push toward native, a PWA ships sooner and is simpler to maintain. For more detail on each side, see progressive web app development and React Native vs Flutter vs native.
Teams often reach the native or PWA question while asking a bigger one: should we build custom software at all, or buy something off the shelf? Settle that first. If a packaged product or an app builder already covers your workflow, the platform choice is made for you, and Tepia will say so plainly. Our build or buy guide walks through that call.
Once custom wins, the native or PWA choice shapes what you own for the next five years. Tepia scores three things before recommending either path:
That framing keeps the decision about operations over the life of the product, not about which option is fashionable this year.
Repeat customers who reorder every week justify a native app with saved carts, push offers and wallet payments. Tepia built MNC Go, a grocery ordering app for Mother’s Nutritional Center, for this kind of habitual use. A web storefront can still serve first time visitors who arrive from search.
Background location, fast barcode scanning and a local database that survives a full shift without signal all point to native, or to React Native when you want one codebase. See our offline first app development work.
Business buyers on laptops and tablets, ordering from a catalog during work hours, rarely need hardware access. A PWA gives them an installable icon without asking their IT department to approve a store download.
When the phone talks to a device, native is the safe choice. Tepia’s work for Maximum Controls paired iOS and Android apps for gate control and IoT access with a web admin portal, a common split where operators work on the web and end users carry native apps.
An app used for one weekend should not ask anyone to download anything. A PWA linked from the ticket email does the job.
Typically Discovery runs 1 to 3 months, development and QA 2 to 6 months, and launch about a month. See the full process or talk to Tepia about your users.
The decision is less permanent than it looks when the architecture is right. Tepia puts business logic in an API on Node.js, .NET or Python with PostgreSQL behind it, so front ends can come and go. Three hybrid paths are common:
Browse Tepia case studies to see how these splits played out on shipped products.
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